Irrigation Venturi Injectors

We thanks our clients to rate us as top manufacturer and supplier of best quality Irrigation Venturi Injectors. The Venturi Injectors are available in different specifications as per the specific needs of clients. Our products has application in various chemical industries. Injectors are precisely fabricated under the strict surveillance of our skilled professionals using quality tested raw material and latest technology. Clients can avail these Injectors from us at very reasonable prices. Features: Available in: -¾" BSP male thread connection : HT-112 -1" BSP male thread connection : HT-113 Delivers plant nutrients directly...

Available in:

• -¾" BSP male thread connection : HT-112
• -1" BSP male thread connection : HT-113
• Delivers plant nutrients directly into the wetted zone (where root development is intensive)
• In-built check valve for protecting the injected liquid against back flow
• Can be used with a large variety of chemicals
• Uniform application of fertilizers
• Saves Energy & Manpowers

Technical Specifications:

Product Name Venturi Injector Size 3/4’, 1", 1 ½”, 2”

Application To Inject Fertilizers & Chemicals in Micro Irrigation System

The features of these products are as follows:

• Environmentally safe
• High performance
• Dimensional accuracy
• Compact design
• Longer functional life
• Easy to install

Application areas:

• Factories
• Small scale industries
• Pharmaceutical
• Textile industries
• Offices
• Hotels

Venturi effect

The Venturi effect is the reduction in fluid pressure that results when a fluid flows through a constricted section of pipe. The Venturi effect is named after Giovanni Battista Venturi (1746–1822), an Italian physicist.

Background

The Venturi effect is a jet effect; as with a funnel the velocity of the fluid increases as the cross sectional area decreases, with the static pressure correspondingly decreasing. According to the laws governing fluid dynamics, a fluid's velocity must increase as it passes through a constriction to satisfy the principle of continuity, while its pressure must decrease to satisfy the principle of conservation of mechanical energy. Thus any gain in kinetic energy a fluid may accrue due to its increased velocity through a constriction is negated by a drop in pressure.

When a fluid such as water flows through a tube that narrows to a smaller diameter, the partial restriction causes a higher pressure at the inlet than that at the narrow end. This pressure difference causes the fluid to accelerate toward the low pressure narrow section, in which it thus maintains a higher speed. The Venturi meter uses the direct relationship between pressure difference and fluid speeds to determine the volumetric flow rate.